Design
Layer 3 Routing for Freescale Multicore Processors from Green Hills
Green Hills Software has announced the availability of a secure, multicore-optimized networking and routing solution for the Freescale QorIQ processor portfolio. Based on the security and safety certified INTEGRITY operating system, this solution defends against security threats by eliminating vulnerabilities commonly found in the core software of deployed telecom systems. Green Hills Software’s Platform for Secure Networking offers commercial-grade, field-proven, dual IPv4/IPv6 routing stack, cryptographic communications suite, and Layer 3 routing protocols including OSPF, BGP, and RIP. This high-performance integrated solution is optimized for both symmetric and asymmetric multiprocessing on Freescale’s QorIQ platform.
“O“Adding perimeter-based security onto general purpose operating environments that form the core of many existing networking topologies and infrastructures is like putting a padlock on a screen door,” said David Kleidermacher, chief technology officer, Green Hills Software. “Telecommunications manufacturers are increasingly turning to the combination of Green Hills Software and Freescale for a high-performance networking solution that helps protect against the growing threat posed by malicious hackers and pervasive security vulnerabilities.”
The Green Hills Platform for Secure Networking is a comprehensive platform consisting of an operating system, development tools, and middleware that enable developers to create secure, powerful, high-performance, network-centric electronic products in the least time and at the lowest cost. In addition to Green Hills Software’s MULTI®, the industry’s leading embedded software development toolset, the platform offers a royalty-free license for the Green Hills INTEGRITY and velOSity™ operating systems, advanced file systems, dual IPv4/IPv6 TCP/IP networking stack, web server, SSH, SSL, wireless communications and security software, Layer 3 IP routing software, USB, and a variety of other tightly integrated networking and application protocols.